On November 14, the 27th China International High-Tech Achievements Fair (CHTF) kicked off in Shenzhen, attracting over 5,000 technology companies from around the world. As a global pioneer in general-purpose soft-bodied robotics technology, Wisson showcased a series of Pliabot®-based flexible embodied intelligent aerial precision operation robots, flexible fully automatic charging robots, and a wealth of industry solutions and cases. The exhibition demonstrated Wisson's leading capabilities in the field of aerial precision operations and the broad application potential of flexible embodied intelligence across various industries and scenarios, making it a model of deep integration between "core technology" and "industrial application" at CHTF.

From Pioneering the Track to 20+ Solutions

Rapid Implementation and Promotion of Aerial Precision Operations

To address the core challenge of "difficulty in performing contact-based precise physical operations" in traditional drone aerial operations, Wisson pioneered the innovative application model of "Embodied Intelligent Flexible Robots × Drones," creating the aerial precision operations track. After multiple rounds of rapid product iteration and scenario expansion, the related products and solutions have been thoroughly validated and applied, forming over 20 industry solutions. These include high-rise curtain wall cleaning, wind turbine lightning protection detection, high-altitude building painting, power operation maintenance, and transportation infrastructure maintenance, covering industries such as property real estate, transportation infrastructure, power energy, urban management, and emergency response.

For example, in the field of drone high-rise curtain wall cleaning, Wisson combines "industry-leading classic small drones + Pliabot® Flexible Embodied Intelligent Robots + patented dynamic intelligent water control systems" to provide unique value in drone aerial cleaning: higher safety with zero-distance, disturbance-resistant operations, and higher cleanliness with no dead ends or streaks. To address the long-standing maintenance challenges faced by wind power companies, Wisson's all-in-one rapid operation platform for wind turbine "Wash-Inspect-Coat" maintenance, built on Pliabot® flexible technology, enables "multiple functions with one unit" by switching convenient, lightweight operational modules. A single device can perform tasks across four scenarios: complete turbine cleaning, lightning protection conduction testing, anti-icing coating, and full turbine paint spraying.

In practical projects, Wisson's various flexible robot solutions have demonstrated strong performance, serving a large number of industry clients, including over 30 Fortune 500 or industry-leading companies, as well as several large public utility organizations. The solutions have accumulated over 13,000 safe operations of various types, fully validating the operational capabilities of embodied intelligent flexible robot technology in real-world complex high-altitude environments and the innovative value these solutions bring to various industries.

For instance, using Wisson's AP3-P3 flexible tethered cleaning system to clean high-rise curtain walls not only completely eliminates the risks associated with "roped access workers" but also improves operational efficiency by 4–6 times and reduces costs by 30%–50%. In wind turbine blade lightning protection conduction testing, using Wisson's AP30-N1 aerial flexible operation platform reduces operational time by 50% and personnel requirements by 75% compared to traditional manual methods, significantly improving routine inspection efficiency. In the task of replacing and maintaining navigation marker lights along the Yangtze River, traditional manual replacement takes 2 hours per marker, while the AP30-N1 completes it in just 15 minutes. In photovoltaic panel cleaning, using the AP30-P4H flexible high-pressure spraying system can improve cross-regional transfer efficiency by 10 times...

"Premium Solutions + Premium Clients + Premium Service Providers"

Building an Industry-Flagship Aerial Cleaning Service Ecosystem

At the World UAV Congress in May this year, to meet the "robot+" application needs of more types of clients and industry scenarios, Wisson launched the Vanci® robot service brand. Targeting industries and scenarios such as urban high-rise curtain wall cleaning and wind turbine cleaning and coating, Vanci® provides "robot+" operational services and support in a more flexible and efficient manner, allowing clients to enjoy the unique convenience and benefits of Pliabot® flexible robots without purchasing the equipment. With a wealth of successful practices, Wisson Vanci® has developed an industry-flagship aerial cleaning service solution and, by expanding ecological partnerships, is leading the drone high-altitude cleaning industry toward intelligent, standardized, and scalable development.

On one hand, Vanci®'s full ecological reserve for high-altitude cleaning now exceeds 20 million square meters, with rapidly accumulating operational area. It has successfully served a large number of various types of property clients, as well as multiple Fortune 500 and industry-leading enterprises including China Resources, Hopson Development, Vanke, Nongfu Spring, Tianjin Rail Transit Group, and Chengdu Rail Transit Group. The service covers various building types such as landmark office buildings, hotel apartments, factories, parks, municipal facilities, and uniquely shaped buildings. Its technical capabilities and operational results have undergone rigorous testing by clients and the market, receiving widespread recognition and praise.

On the other hand, Vanci® fully leverages its technological and service capabilities, collaborating with industry partners to provide comprehensive chain empowerment through solution provision, technical support, pilot training, and standardized operation implementation. This creates an innovative cooperation paradigm of "technology empowerment + ecological co-construction," aiming to accelerate the promotion and application of high-quality cleaning services in the industry by connecting premium property clients and service supply partners within the ecosystem. Currently, Vanci®'s ecological partners' operational capabilities cover and extend to 26 provincial-level administrative regions in China, with a trained and certified professional pilot team exceeding 100 people.

On November 16, the Vanci® robot service brand will also sign strategic cooperation agreements with leading enterprises in property real estate, transportation infrastructure, and energy power industries, including China Merchants Group, Accor Hotel Group, Beijing Urban Sub-Center Investment and Construction Group, China Unicom Shenzhen Branch, and China Construction Science Industry Group. The collaboration will focus on drone aerial cleaning services for scenarios such as urban high-rise building curtain walls, industrial facilities, transportation facilities, photovoltaic power stations, and wind farm stations. By combining top-tier technology, products, and solution capabilities with leading forces in various industries, the aim is to create a scalable, multi-win, and sustainably high-quality development benchmark industrial ecosystem for the drone high-altitude cleaning industry.

Empowering Low-Altitude Scenarios, Expanding Application Boundaries

Flexible Fully Automatic Charging Robots Enable Cross-Scenario Value Synergy

The core appeal of Wisson's Pliabot® embodied intelligent flexible robot technology lies in its exceptional scenario scalability, strong adaptability to complex environments, safe physical interaction capabilities, and modular architecture design. This allows the robots to flexibly combine and switch functional modules according to different task requirements, greatly enhancing their functional diversity and task adaptability. It also enables various flexible robots, seemingly serving different industries and scenarios, to achieve synergistic benefits at a higher level, forming a cross-scenario intelligent efficiency network.

For example, in the "Lightweight Mobile Platform for High-Altitude Cleaning" jointly created by Geely Radar and Vanci®, Pliabot® flexible technology endows the equipment with advantages such as lightweight, compact, and convenient features, making it perfectly compatible with Geely Radar's new energy pickup trucks. This provides a more flexible, efficient, and low-cost solution for drone high-altitude cleaning. Meanwhile, Wisson's innovation in the new energy vehicle energy replenishment field—the Kirin CF1 flexible fully automatic charging robot—uses bionic flexible muscles + visual-tactile AI to form a flexible embodied intelligent architecture, fully simulating the flexible movements and intelligent interaction characteristics of human arms. With its strong adaptability to multiple environments and scenarios, it achieves universal application across all domains, providing the industry with a complete automatic charging solution possessing advantages for commercial scale, thereby upgrading the smart driving experience. At the same time, this solution can also provide an energy replenishment闭环 for transportation solutions and drone systems in low-altitude economy scenarios like the "Lightweight Mobile Platform for High-Altitude Cleaning," further expanding the value dimension of flexible robots in cross-scenario collaboration.

At the exhibition, Wisson also publicly displayed the physical CF1 unit and provided interactive demonstrations. In actual deployment scenarios, the CF1 flexible fully automatic charging robot recently achieved industry milestone results during a 30-day pop-up event, serving 100+ vehicle models from various brands with a single unit, recording over 1,200 vehicle services per month, a single operation success rate of >99.9%, 97% user positive feedback, and 100% safe operations. These results validate the feasible path for technology implementation through real-world scenario data.

Currently, as a national strategic development industry, the low-altitude economy is becoming a new engine for economic growth, urgently requiring more new products, scenarios, and applications with genuine aerial operation capabilities. Wisson will continue to deepen its core underlying technologies in embodied intelligence and flexible robots, constantly exploring the application of flexible robots in the low-altitude economy, particularly in aerial precision operations. The goal is to integrate robots into thousands of industries, making them capable assistants in human work and accelerating the comprehensive arrival of the robotics era.